Search Results

Results For:
  • Meet Lucy, UK STEM (Science, Technology, Engineering and Mathematics) Education and Charitable Partnerships Manager at GSK, and how she found her passion for powering the next generation of innovators.
    Meet our people: Lucy
    Meet Lucy, UK STEM (Science, Technology, Engineering and Mathematics) Education and Charitable Partnerships Manager at GSK, and how she found her passion for powering the next generation of innovators.
    Read more
  • Meet Emily, a Mechanical Engineering Associate on the Future Leaders Programme. Read about her 3 year progarmme with GSK and the three roles she undertakes during the programme.she
    Meet our people: Emily
    Meet Emily, a Mechanical Engineering Associate on the Future Leaders Programme. Read about her 3 year progarmme with GSK and the three roles she undertakes during the programme.she
    Read more
  • read about Leonora, Associate Clinical Development Manager, involved in the testing of new medication in human clinical trial. Leonora works on the study team in a study management role, ensuring the trial is conducted ethically and safely.
    Meet our people: Leonora
    read about Leonora, Associate Clinical Development Manager, involved in the testing of new medication in human clinical trial. Leonora works on the study team in a study management role, ensuring the trial is conducted ethically and safely.
    Read more
  • Oyiza is a Clinical Data Manager at GSK within Global Clinical & Data Operations in Pharmaceutical Research & Development (R&D). She manages data on clinical trials around the world. Read more about her career.
    Meet our people: Oyiza
    Oyiza is a Clinical Data Manager at GSK within Global Clinical & Data Operations in Pharmaceutical Research & Development (R&D). She manages data on clinical trials around the world. Read more about her career.
    Read more
  • An interview with Megan Bell, an Emerging Technology Manager at the GlaxoSmithKline Research and Development Department
    Meet our people: Megan
    An interview with Megan Bell, an Emerging Technology Manager at the GlaxoSmithKline Research and Development Department
    Read more
  • Back in June 2021, Year 10 student Benji Lewis took part in a week-long virtual work experience programme at GSK  As part of the online programme, Benji had insight into different roles at GSK and learnt how his school subjects are relevant to the word of work.
    GSK Virtual Work Experience: Benji’s story
    Back in June 2021, Year 10 student Benji Lewis took part in a week-long virtual work experience programme at GSK As part of the online programme, Benji had insight into different roles at GSK and learnt how his school subjects are relevant to the word of work.
    Read more
  • Curious to know what an engineering apprentice at GSK does? Find out from our colleague Alexandra who works in a department that standardises the manufacture of Ellipta inhalers used to treat COPD and asthma.
    What I do in 30 seconds
    Curious to know what an engineering apprentice at GSK does? Find out from our colleague Alexandra who works in a department that standardises the manufacture of Ellipta inhalers used to treat COPD and asthma.
    Read more
  • As a science-led global healthcare company, there are jobs in a company like ours across a variety of areas, many of them within science, technology, engineering and maths (STEM).  We have several early career programmes that allow young people to learn on the job, while getting an education and discovering the right job or next step for them. Get to know a few of our employees here and find out more about some ways into GSK.
    GSK: Discover a career with a purpose
    As a science-led global healthcare company, there are jobs in a company like ours across a variety of areas, many of them within science, technology, engineering and maths (STEM). We have several early career programmes that allow young people to learn on the job, while getting an education and discovering the right job or next step for them. Get to know a few of our employees here and find out more about some ways into GSK.
    Read more
  • Meet a few people who work at GSK in jobs you may know less about and find out more about the sorts of skills they use. There are so many many roles in a company like ours in different areas of science, technology, engineering and maths (STEM).
    GSK: We're not all scientists
    Meet a few people who work at GSK in jobs you may know less about and find out more about the sorts of skills they use. There are so many many roles in a company like ours in different areas of science, technology, engineering and maths (STEM).
    Read more
  • Find out how the free curriculum-linked GSK resources can ignite your students' imaginations. Download the GSK module navigation guide, innovation challenge guidance and STEM Capital guide!,
    GSK Educator Support
    Find out how the free curriculum-linked GSK resources can ignite your students' imaginations. Download the GSK module navigation guide, innovation challenge guidance and STEM Capital guide!,
    Read more
  • Engage your age 11-14 students with STEM! Challenge them with this fun online game which puts their mental arithmetic and quick fingers to the test.
    Reaction game
    Engage your age 11-14 students with STEM! Challenge them with this fun online game which puts their mental arithmetic and quick fingers to the test.
    Read more
  • Encourage creative thinking and cement links between classroom learning and the real world by combining GSK STEM activities and running an innovation challenge session.
    Running an innovation challenge session
    Encourage creative thinking and cement links between classroom learning and the real world by combining GSK STEM activities and running an innovation challenge session.
    Read more
  • Find out more about the theory of science and STEM capital, and how it underpins the GSK STEM Education programme.
    What is STEM Capital?
    Find out more about the theory of science and STEM capital, and how it underpins the GSK STEM Education programme.
    Read more
  • Use our interactive toolkit to find out what content is available for each subject area.
    GSK STEM Education: Module navigation guide
    Use our interactive toolkit to find out what content is available for each subject area.
    Read more
  • Engage your age 11-14 students with STEM! This activity introduces gas exchange systems by looking at the basics of how we breathe and the factors that can affect it, for example: allergies, smoking and exercise.
    How we breathe
    Engage your age 11-14 students with STEM! This activity introduces gas exchange systems by looking at the basics of how we breathe and the factors that can affect it, for example: allergies, smoking and exercise.
    Read more
  • Engage your age 11-14 students with STEM! Use this activity to reinforce learning about the forces that act on objects as they move through air and water, and as they bounce.
    Forces at work: Bounce
    Engage your age 11-14 students with STEM! Use this activity to reinforce learning about the forces that act on objects as they move through air and water, and as they bounce.
    Read more
  • Engage your age 11-14 students with STEM! Use this activity to introduce them to gas exchange systems and what can affect them, from smoking to exercise, asthma and allergies.
    Dust and breathing
    Engage your age 11-14 students with STEM! Use this activity to introduce them to gas exchange systems and what can affect them, from smoking to exercise, asthma and allergies.
    Read more
  • Engage your age 11-14 students with STEM! In this actvity, they learn about the forces of drag and lift through a simple activity investigating how these two forces work on objects at different angles.
    Forces at work: Drag and lift
    Engage your age 11-14 students with STEM! In this actvity, they learn about the forces of drag and lift through a simple activity investigating how these two forces work on objects at different angles.
    Read more
  • Engage your age 11-14 students with STEM! Introduce the main food groups to them with our Discovering digestion module, and look at why we need each of them in our diet.
    Discovering digestion
    Engage your age 11-14 students with STEM! Introduce the main food groups to them with our Discovering digestion module, and look at why we need each of them in our diet.
    Read more
  • Engage your age 11-14 students with STEM! This  activity looks at the cardiovascular system and cellular respiration through an investigation of the science of exercise.
    The science of exercise
    Engage your age 11-14 students with STEM! This activity looks at the cardiovascular system and cellular respiration through an investigation of the science of exercise.
    Read more
  • Engage your age 11-14 students with STEM! They will take part in a simple activity to demonstrate the importance of Friction and grip, through the use of a force gauge/force meter to measure force in Newtons.
    Forces at work: Friction and grip
    Engage your age 11-14 students with STEM! They will take part in a simple activity to demonstrate the importance of Friction and grip, through the use of a force gauge/force meter to measure force in Newtons.
    Read more
  • Engage your age 11-14 students with STEM! Engage them in the real-world application of data science through GSK examples of how we use data science in our business, and bring this career to life for your class.
    What is data science?
    Engage your age 11-14 students with STEM! Engage them in the real-world application of data science through GSK examples of how we use data science in our business, and bring this career to life for your class.
    Read more
  • Engage your age 11-14 students with STEM! They investigate the basics of biomechanics and antagonistic muscle pairs in this activity. They look at where different types of lever exist in the body, as well as learning how to explain antagonistic muscles.
    How an arm works
    Engage your age 11-14 students with STEM! They investigate the basics of biomechanics and antagonistic muscle pairs in this activity. They look at where different types of lever exist in the body, as well as learning how to explain antagonistic muscles.
    Read more
  • Engage your age 11-14 students with STEM! How can data and statistics help make society healthier? Demonstrate the important role of large data sets in making decisions about healthcare as students analyse data in smoking and lung cancer mortality.
    Real world statistics
    Engage your age 11-14 students with STEM! How can data and statistics help make society healthier? Demonstrate the important role of large data sets in making decisions about healthcare as students analyse data in smoking and lung cancer mortality.
    Read more
  • Engage your age 11-14 students with STEM! Introduce them to the challenges that scientists face when tackling the world’s largest parasitic killer: malaria.
    Fighting malaria
    Engage your age 11-14 students with STEM! Introduce them to the challenges that scientists face when tackling the world’s largest parasitic killer: malaria.
    Read more
  • Engage your age 11-14 students with STEM!How can we use technology to improve healthcare? In this activity, students explore how smart technology can address design opportunities in a healthcare context.
    Apps to the rescue: Part 2
    Engage your age 11-14 students with STEM!How can we use technology to improve healthcare? In this activity, students explore how smart technology can address design opportunities in a healthcare context.
    Read more
  • Engage your age 11-14 students with STEM! This activity supports students to develop an understanding of mobile apps and how they can be used to detect, predict and adapt behaviour. They analyse hidden sensors within smartphones and their relationship with mobile applications through two interactive activities.
    Apps to the rescue: Part 1
    Engage your age 11-14 students with STEM! This activity supports students to develop an understanding of mobile apps and how they can be used to detect, predict and adapt behaviour. They analyse hidden sensors within smartphones and their relationship with mobile applications through two interactive activities.
    Read more
  • Engage your age 11-14 students with STEM! They use chromatography to separate felt pen inks into pigments. A fun, hands-on experiments to engage young people in STEM that can be completed at home or in school.
    Discovering chromatography
    Engage your age 11-14 students with STEM! They use chromatography to separate felt pen inks into pigments. A fun, hands-on experiments to engage young people in STEM that can be completed at home or in school.
    Read more
  • Engage your age 11-14 students with STEM! Students explore the process by building a circuit with simple materials and make sodium hydroxide; one of the most used ingredients in making medicines.
    Exploring electrolysis
    Engage your age 11-14 students with STEM! Students explore the process by building a circuit with simple materials and make sodium hydroxide; one of the most used ingredients in making medicines.
    Read more
  • Engage your age 11-14 students with STEM! What is inclusive design, and why is it important? This module explores the seven key principles of inclusive design and how they inform the idea development process.
    Inclusive design
    Engage your age 11-14 students with STEM! What is inclusive design, and why is it important? This module explores the seven key principles of inclusive design and how they inform the idea development process.
    Read more
  • Engage your age 11-14 students with STEM! Put ytheir coding skills to the test with this fun activity that asks them to explore user needs, identifying and understanding them in order to design, build and code an activity tracker from a micro:bit.
    Coding for health
    Engage your age 11-14 students with STEM! Put ytheir coding skills to the test with this fun activity that asks them to explore user needs, identifying and understanding them in order to design, build and code an activity tracker from a micro:bit.
    Read more
  • Engage your age 11-14 students with STEM! They are challenged to create an enterprising idea that will help solve a public health problem in their local area. The activity is intended to help students to understand public health better, research issues relevant to their community and develop a campaign that could help address the problem.
    You and your community
    Engage your age 11-14 students with STEM! They are challenged to create an enterprising idea that will help solve a public health problem in their local area. The activity is intended to help students to understand public health better, research issues relevant to their community and develop a campaign that could help address the problem.
    Read more
  • Engage your age 11-14 students with STEM! Using the Reaction game, students conduct a 'clinical trial' in this module. They test their reaction time and use their mental arithmetic skills to analyse the data set, getting an insight into the world of a statistician.
    Fundamentals of data analysis
    Engage your age 11-14 students with STEM! Using the Reaction game, students conduct a 'clinical trial' in this module. They test their reaction time and use their mental arithmetic skills to analyse the data set, getting an insight into the world of a statistician.
    Read more
  • Engage your age 11-14 students with STEM! Students become lab scientists for the day and discover the seven stages of medicine development. By the end of the activity, they will have learnt the definition of a medicine, describe the main factors behind medicine development, and understand the different stages in the process.
    Molecule to medicine
    Engage your age 11-14 students with STEM! Students become lab scientists for the day and discover the seven stages of medicine development. By the end of the activity, they will have learnt the definition of a medicine, describe the main factors behind medicine development, and understand the different stages in the process.
    Read more
  • Engage your age 11-14 students with STEM! In this activity, students explore probability through the lens of vaccines and immunity. They use judgement to make predictions about events and use a probability scale to assign numerical values to these judgements. Agreat resource for students to practise converting values between fractions, decimals and percentages.
    Probability and immunity
    Engage your age 11-14 students with STEM! In this activity, students explore probability through the lens of vaccines and immunity. They use judgement to make predictions about events and use a probability scale to assign numerical values to these judgements. Agreat resource for students to practise converting values between fractions, decimals and percentages.
    Read more
  • Engage your age 11-14 students with STEM! Help them to explain what a vaccine is and understand how a vaccine helps the immune system fight disease through our starter activity.
    What is a vaccine?
    Engage your age 11-14 students with STEM! Help them to explain what a vaccine is and understand how a vaccine helps the immune system fight disease through our starter activity.
    Read more
  • GSK have produced a series of curriculum-linked STEM resources for 11-14 year-olds. They include learning resources for students, educator guidance and support, and STEM careers guidance.
    GSK STEM Education Resources
    GSK have produced a series of curriculum-linked STEM resources for 11-14 year-olds. They include learning resources for students, educator guidance and support, and STEM careers guidance.
    Read more